Drilling and Completion Fluids
This year has been a great year for me; I was able to play more rounds of golf than expected! I was also successful in sealing a few research collaboration agreements within the oil and gas industry. In September, I completed my 2-year tenure as deputy director of the University of Malaya Center of Innovation and Commercialization (UMCIC). UMCIC is the technology-transfer office at the University of Malaya, and it is responsible for protecting inventions through intellectual-property registration (patent, copyright, trade secrets) as well as promoting ideas through commercialization activities (licensing, outright sale, creation of spinoff companies).
It is no secret that commercializing research output is not as easy as 1, 2, 3. One important lesson I learned is to ensure that each patent filed originates from a great, novel idea. Ideas that are not new are considered prior art. A patent cannot be filed on previous ideas. Even if filing were possible, it would be a huge challenge to commercialize it. Thus, new steps have been introduced by UMCIC, leading to a panel of select experts of various backgrounds who perform comprehensive patent screening and evaluation. The experts also provide valuable advice to researchers.
The reality is that innovative ideas facilitate commercialization of the idea itself. Brilliant ideas are one of the main elements that drive the technological advancements in the industry. This is particularly true in upstream oil and gas. The scarcity of natural resources and increases in the demand for oil and gas cause the industry to rely -heavily on novel technology.
To stay relevant and competitive, companies tend to focus on four key initiatives: the use of technology as a means to innovation, sound management through flawless execution, integration of a broad range of functional areas, and application of best practices. In this feature, I highlighted four interesting papers on innovative ideas and technology in the upstream oil and gas industry.
Innovation is everywhere—and the game of golf is no exception. Novel ideas and technological breakthroughs have helped many golfers enjoy their game much more as they shoot lower scores. A golfer like me needs the technology out there to ensure “green in regulation” and to “get up and down.” Selecting the right technology will allow you to lower your scores, lengthen your career, have more fun, and, most importantly, walk and smile like Tiger Woods on the golf course.
I hope you enjoy and benefit from the selected and highlighted papers. There are other interesting papers on the recommended reading list. For further reading, the OnePetro online library has additional papers.
This Month's Technical Papers
Recommended Additional Reading
SPE 156575 Development of Environmentally Friendly Lost-Circulation Materials for Riserless Drilling by Hitoshi Matsui, Waseda University, et al.
SPE 164748 Engineered LCM Design Yields Novel Activating Material for Potential Application in Severe Lost-Circulation Scenarios by Sharath Savari, Halliburton, et al.
SPE 165335 A Novel Mud Formulation for Drilling Operations in the Permafrost by Ahmed H. Kamel, The University of Texas of the Permian Basin
SPE 161914 Evaluation of Nonreactive Aqueous Spacer Fluids for Oil-Based-Mud Displacement in Openhole Horizontal Wells by Peter Osode, Saudi Aramco, et al.
|Badrul Mohamed Jan, SPE, is a researcher and academic lecturer attached to the Department of Chemical Engineering, University of Malaya, Malaysia. He holds BS, MS, and PhD degrees in petroleum engineering from the New Mexico Institute of Mining and Technology. Jan’s research areas and interests include the development of superlightweight completion fluid for underbalanced perforation, ultralow-interfacial-tension microemulsion for enhanced oil recovery, and conversion of palm-oil-mill effluent into superclean fuel for diesel replacement. He has published numerous technical conference and journal papers. Jan formerly was the deputy director of the University of Malaya Center of Innovation and Commercialization. He is a member of the JPT Editorial Committee.|
Drilling and Completion Fluids
Badrul Mohamed Jan, SPE, Researcher and Academic Lecturer, University of Malaya
01 November 2013
Since the 1980s, many technical works have focused on improving the ability to detect hydrocarbons inside the riser and safely remove them from the system. This trend gained extra momentum with the advent of systems such as riser-gas handlers and managed-pressure drilling.
Improved Methods Aid Understanding and Mitigation of Stick/Slip Torsional Vibrations
This paper will show how stick/slip vibration distributions can be used to guide drillstring and parameter redesign to mitigate stick/slip in the next well.
Modified Rectorite Provides Reliable Rheology and Suspendability in Biodiesel-Based Fluids
The use of organophilic clays as additives to provide proper rheological and filtration properties in nonaqueous drilling fluids (NADFs) has long been a topic of study. This paper introduced a modified rectorite designed for biodiesel-based drilling fluid (BBDF).
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